第7章 市場預測

全球的智慧型交通市場

各地區預測

北美

歐洲

亞太

各部門累積投資額

第8章 企業索引

第9章 頭字語及省略語清冊

第10章 目錄

第11章 圖表清冊

第12章 調查範圍、資訊來源及調查方法、注解

目錄

Product Code: STS-11

The concept of intelligent transportation encompasses a huge range of systems
and applications. Smart electric vehicle (EV) charging, citywide traffic
monitoring, real-time traveler information, transit signal priority, and
centralized fleet vehicle management can all be classified as forms of
intelligent transportation systems (ITS) or smart transport. What makes them
smart is the use of embedded intelligence to connect vehicles to each other
and to infrastructure, as well as to central operational sites. Transportation
systems are also considered smart when they are applied to achieve smart
policy goals in the urban environment, such as enhanced mobility, lower
emissions, reduced fuel consumption, improved safety, or economic
competitiveness.

Demand for ITS will grow in both the developed and developing economies.
Developed economies will see ITS as a cost effective way to maximize existing
transportation infrastructure and improve city services. Developing cities
will incorporate ITS as they build out their transportation infrastructure.
Pike Research estimates that global investment in smart transportation systems
will total $13.1 billion between 2011 and 2017. Most of this investment will
be in intelligent traffic management systems, as this is the sector with the
broadest range of potential applications. It is also the sector that is
applicable for all cities and it is expected that interest will grow in
developing countries in the latter part of this forecast period.

The Pike Research report focuses on four key smart transportation sectors:
traffic management systems, smart charging for plug-in electric vehicles,
public transportation systems, and vehicle-to-vehicle systems. The study
provides a comprehensive examination of market drivers for smart
transportation infrastructure investment, including an assessment of the
various approaches being taken in key countries around the world. Key industry
players are profiled and market forecasts for each region are provided through
2017.

Key Questions Addressed:

What is ITS and what are the major applications?

What are some of the macro trends driving ITS investment?

Who are the key players in the ITS space?

What investment level is anticipated for traffic management systems, smart
charging, public transit ITS and vehicle to vehicle systems?

Table of Contents

1. Executive Summary

1.1. Overview

1.2. Global Smart Transportation Market

2. ITS Overview

2.1. What Makes Transportation Smart?

2.2. ITS - Then and Now

2.3. Policy Goals Underpinning Drive for Smarter Transportation

2.4. ITS and the Smart City

2.5. Domains of ITS Implementation

2.6. Enabling Technologies

2.6.1. Sensors

2.6.2. Transmission

2.6.3. Software

2.6.4. Geographic Information Systems

2.7. Stakeholder Landscape

2.7.1. Private Sector

2.7.2. Public Sector

2.7.3. Transit Bus Operator

2.7.4. Non-Governmental Organizations

3. Types of ITS

3.1. The ITS Architecture

3.2. Pike Research ITS Classifications

3.3. Traffic Management

3.3.1. Definition

3.3.2. Types of Applications

3.4. Transit System Management

3.5. V2V and Vehicle-to-Infrastructure

3.6. Other Smart Systems for Transportation

3.6.1. Smart Charging for Plug-In Vehicles

3.6.1.1. State of the PEV and EVSE Markets

3.6.1.2. Key Stakeholders

3.6.2. Parking Management

4. Regional Approaches to ITS

4.1. United States

4.2. Europe

4.3. Asia Pacific

4.3.1. Japan

4.3.2. South Korea

4.3.3. China

5. Market Issues

5.1. Macro Trends in Intelligent Transportation

5.1.1. Developed World Governments See ITS as Cost-Effective Way to
Optimize Infrastructure Investments

5.1.2. V2V Safety Systems Will See Continued Interest from Governments
and Automakers, but Commercial Deployment Remains Years Away

5.1.3. Companies Will Push Comprehensive Transport Solutions, but Uptake
Will Be Slow

5.1.4. Developing Cities Will Incorporate ITS into City Transportation
Plans, Enabling More Ambitious and Comprehensive Transportation Management
Systems

5.1.5. Performance Measurement Is a Burgeoning Driver for ITS

5.1.6. Innovative New Intelligent Systems Will Begin to Emerge, but with
Slower Uptake than Mainstream Applications

5.1.7. Development of Third-Party Apps for Mobile Devices

5.1.8. Innovative New Revenue Schemes

5.1.9. Holy Grail Applications, such as Driverless Cars Will Remain Far
off in the Future due to Political and Personal Opposition, Not Technology

5.2. Market Issues and Challenges

5.2.1. Mature Cities Must Address the Issue of Legacy ITS Infrastructure
and Compatibility Issues

5.2.2. Need to Manage and Intelligently Analyze Reams of Data

5.2.3. Strong Political Leadership Is Required for Ambitious New Demand
Management ITS

5.2.4. Cities with High-Tech Company Presence Are More Likely to Adopt
Comprehensive ITS